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insect netting row cover |
gfrp mesh: GFRP (Glass Fiber Reinforced Polymer) mesh is a modern, non-corrosive alternative to traditional steel reinforcement mesh. YJ Wire Mesh produces this composite mesh by weaving fiberglass strands coated in a polymer resin. It is incredibly strong yet lightweight, and it is completely immune to rust and corrosion from salt, water, and chemicals. This makes it ideal for reinforcing concrete in challenging environments like marine structures, bridges, roadways, and building facades where concrete spalling caused by rusting steel rebar is a major concern. It also provides excellent thermal insulation and is non-magnetic. |
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net house and polyhouse |
aviary net / aviary mesh / aviary nets / aviary netting / aviary bird net: YJ Wire Mesh manufactures durable and safe netting specifically designed for aviaries, bird enclosures, and zoo exhibits. This netting is typically made from strong, flexible materials like polyethylene or nylon, with a knotless design to prevent injury to birds' beaks and claws. It is UV-treated to withstand constant sun exposure without degrading and is available in various mesh sizes to contain different species of birds, from small finches to large parrots or even bats. The primary goal is to create a secure, enclosed environment that mimics the outdoors while keeping the inhabitants safely contained. |
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safety mesh netting |
metal steel mesh / steel woven mesh / steel square mesh / diamond mesh steel: This is a core product category for YJ Wire Mesh, encompassing a wide range of woven and welded meshes made from metal (primarily steel). Woven mesh is created by interlocking wires in an over-and-under pattern, while welded mesh involves fusing wires at their intersections. These meshes can have square, rectangular, or diamond-shaped openings. They are fundamental materials used in countless applications, including security fencing, machine guards, animal enclosures, shelving, partitions, filtration screens, and concrete reinforcement. The specific weave, wire gauge, and aperture size determine the mesh's strength, flexibility, and suitability for different tasks. |
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